We successfully identified the phenotypes of infected peripheral lymphocytes during measles and detected significant changes in lymphocyte composition after measles.
Among siblings from heterozygous ezh1+/ul3 incrosses, we successfully identified males and females carrying the homozygous Δ13 mutation (ezh1ul3/ul3).
We successfully identified a lead compound with remarkable anti-HIV-1 activity (EC50 = 0.09 μM).
By applying the technology in prostate cancer-risk regions, we successfully identified over a hundred of SNPs showing allele-dependent protein binding.
We successfully identified several MRs including SOX3, TNFAIP3, TRAFD1, POU3F3, STAT2, and PML that govern the expression of a large collection of genes.
In the present study, based on the iTRAQ technique, we successfully identified 151 proteins showing significant differential accumulation after high temperature stress.
We successfully identified 80 connections (62 redundant and 18 true connections) with truncated interactive strengths smaller than 10−14.
We successfully identified several RosA analogs with a more potent T-cell inhibitory activity than that of RosA.
Using the sequence encoding PaXynT, we successfully identified the genomic sequence for PaXyn of P. antarctica GB-4 0) GB-4 0G).
Using regions of interest (ROIs) within cortical locations, which were confirmed by a Nissl stain that identified distinct cortical architecture, we successfully identified six important WM pathways.
Using this protocol, we successfully identified three poses that have low RMSD with respect to the crystallographic structure from among the top 20 initially docked poses.
